Publications and externally funded projects are elementary components of BAM's research and development activities. They demonstrate the high quality of the R&D work carried out by BAM staff and are essential media for the successful dissemination in science, technology, industry and politics.
In BAM's publication server PUBLICA you can find results and scientific publications. Open Access publications are directly accessible.
In our ReSEARCH project database you can find brief information on BAM's research projects.
A brochure on BAM's participation in European projects can be found here.
The following list contains a selection of BAM's research projects with information on the duration, subject, objectives, methods and project partners. Projects which are already closed can be found with the filter setting "closed".
Ergebnisliste 87 Results
-
In addition to size, surface chemistry plays a key role in determining the properties of nanoparticles and interactions with the environment. Standardised measurement methods are being developed for industrial research and development, quality control during production and regulatory purposes.
-
In KI-VISIR, a reference data set with thermographic and visual inspection data of wind turbine rotor blades is created and made publicly available
-
The ReNEW project develops tools to support decisions on end-of-life options for wind farms and their implementation
-
Aim of the project is to develop a water-resistant earth plaster for outdoor use. Together with the company Conluto, a geopolymer is optimized and integrated into a corresponding mortar mixture. By testing workability and application safety the building material is to reach product maturity.
-
During the installation of a suction bucket for offshore wind turbine foundations, piping erosion imposes a massive risk. We employ a numerical simulation to gain a deeper understanding of this complex phenomenon and eventually help to prevent piping erosion.
-
The research project aims to investigate the suitability of low-alloy pipeline steels for hydrogen transportation. The focus is on the sensitivity of the weld microstructure.
-
The aim of MELuQuantPhosphor is to develop protocols and reference materials for determining optical properties of luminescent and scattering functional materials like optoceramics and materials based on luminescent nano- (NP) or microparticles (MP) and to establish measurement uncertainties.
-
The goal of the project is to develop a fluorescence imaging system that enables the detection, quantification, and validation of fluorescence signals translationally from applications in basic and preclinical research to applications in diagnostics and therapy.
-
The aim of the "MRO 2.0 - Maintenance, Repair & Overhaul, phase II" project is to develop new technologies for maintenance and repair activities in an expediently automated refurbishment process chain, including the upgrade for high-efficiency gas turbines.
-
The SH2APED project aims at the development of an efficient tubular tank element and the entire system under internal pressure of 70 MPa with drastically improved fire and mechanical resistance and with a reduction of carbon fibre use and winding time compared to the state-of-the-art Type IV tanks.